Achieving ISO 9000 certification is not easy. Describe one difficulty a company may encounter
What will be an ideal response?
Obtaining ISO 9001 certification is a time-consuming and costly process. Depending on the current state of an organization's quality system, preparation for certification may take several thousand employee-hours and cost thousands of dollars. Costs depend on the company size, the strength of the organization's existing quality system, and the number of plants within the company requesting certification. As with any major process improvement, the opportunity to fail exists. Attempts to incorporate ISO 9000 into the way a company does business may be hindered by a variety of forces, including insufficient management involvement in the process, inadequate resources, lack of an implementation plan, or lack of understanding about ISO 9000 and its benefits. This last force, a lack of understanding about ISO 9000, is particularly crucial. ISO 9001 requires significant documentation. The additional burden of paperwork, without an understanding of how this newfound information can be used in decision-making and organizational improvement, leads to problems. It is important to realize that standardized procedures and organized information go a long way toward preventing errors that lead to poor quality products and services. Organizations that are unaware of how to access the power that procedures and information provide may miss out on improvement opportunities. It is up to leadership to encourage the use of this information, thus gaining the maximum benefits from ISO 9000.
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Label the following furnace
Susan planted 62 acres of peanuts following cotton the year before. The cotton needed 215-85-180 units of fertilizer per acre of which some is left over for the peanuts. She used 46-0-0 urea at $501.99 per ton, 18-46-0 DAP at $704.85 per ton, and 0-0-60 muriate of potash at $569.79 per ton. She planted the peanuts 8 inches apart in 36-inch rows. The seed germination was 88.5 percent. Susan used a four-row digger and an eight-row combine with a 36-inch row header to harvest her peanuts. Her digger broke down after digging 0.6 of the peanuts and was in the shop 7.5 days. The mechanic worked 28 hours at $75 per hour to repair the digger and replaced $2,075.60 worth of parts. Since she did not have the use of the digger, she lost 61/ /3 percent ofthe remaining crop because of late digging.
She expected a yield of 3,150 pounds per acre. a. What was the cost of the fertilizer? b. What was the population per acre? c. How many pounds of peanuts were lost because of the breakdown? d. What did the breakdown cost without counting the peanuts lost?
More than half of electricians are employed in the ____ industry.
a. apartment b. construction c. warehouse d. factory
The table below lists data used in obtaining a mix design for an asphalt paving mixture. If the maximum specific gravity of the mixture is 2.41 and the bulk specific gravity is 2.35, determine the following below:
(a) the bulk specific gravity of aggregates in the mix
(b) the asphalt absorbed
(c) the effective asphalt content of the paving mixture
(d) the percent voids in the mineral aggregate VMA.
What will be an ideal response?